Used WENTWORTH PRO-195 #9234859 for sale

WENTWORTH PRO-195
Manufacturer
WENTWORTH
Model
PRO-195
ID: 9234859
Probers Magnetic base X, Y, Z.
WENTWORTH PRO-195 probe is an advanced high-resolution probe designed to accurately measure various microscopic features of microelectronic devices. The probe features a unique tactile micro-switch force sensor technology that provides a greater amount of tactile resolution on the probe tip, allowing the user to measure very small features such as contacts, bump outcroppings, and bumps on precisely-etched lines of integrated circuits. This advanced technology improves the accuracy of measurement, significantly decreasing the need for extensive rework and refining of design documents. The probe also features a large amount of precision components that enable it to measure complex geometries with minute accuracy and repeatability. Its optics control systems provide an incredibly clear view of surfaces and provides easy access to many adjustable parameters. The probe is also equipped with a high-frequency quartz crystal/discrete filter system which ensures accurate and repeatable measurements at extremely small lengths. All of these features enable PRO-195 to measure details as small as 0.0005 inches, ensuring precise and reliable results. The probe also contains a built-in three-axis interface, allowing the user to easily interface with a computer via USB or RS232. This feature enables the user to view results in real-time, as the probe is in use. A built-in software package is included with the probe, simplifying the process of tailoring the probe's settings to the user's individual needs. WENTWORTH PRO-195 is powered by a rechargeable Lithium-Ion battery and features a maximum sensor working range of 0.75 mm to 0.01 mm. This range provides flexibility for a variety of applications, including contactless precision testing and critical measurement and analysis of extremely small structures. Overall, PRO-195 is an advanced high-resolution probe that provides accurate and repeatable measurements of extremely small structures with a high degree of precision. Its user-friendly interface and advanced feature set make it simple to configure and use, and its battery-powered operation makes it ideal for use in any environment. This advanced technology offers significantly improved accuracy, significantly decreasing the need for extensive rework and refining of design documents.
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